Additive Manufacturing Specialist - Post Processing

Seurat Technologies · Wilmington, MA

Level: Specialist
Team: Process
Travel: 10%
Experience asked: 3+ years
Industry: Industrial
Posted: 30+ days ago

The role in 30 seconds

A specialist process role at Seurat Technologies (industrial) in Wilmington, MA. Develop & Optimize Workflows: Establish high-throughput post-processing and plate management workflows that eliminate production bottlenecks and accelerate turnaround times.

They ask for: 3+ years
Tools it names: CNC, Welding, Plant layout
Day to day: about 10% travel

Read from the posting. The full description is below.

From the plant jobs report · week of October 19, 2026

Process Engineer roles in Massachusetts: typical posted base $108k–$149k.

Median of the low and high ends of 14 live postings that list pay, out of 29 process engineer openings in Massachusetts, read from manufacturers' own careers sites.

Massachusetts plant jobs report →Pay by team and state →What moves pay →

How this role compares

Against 28 other live process postings in Massachusetts.

Base pay: Not listed in this posting
Experience asked: Less than usual (3+ vs 5+)

Skills these teams ask for most

Root cause 48%
Team leadership 28%
Validation (IQ/OQ/PQ) 24%
Robotics 24%
Automation 24%
SPC 24%

✓ = this posting asks for it too. % = share of similar postings that mention it.

Stands out: this posting asks for CNC, Plant layout, which few similar roles mention. If you have it, lead with it.

It asks for 3+ years. If you're close, apply anyway: requirements are a wish list. Talk to someone doing this work there first.

At a glance

Pulled from the posting text. If it's not listed here, the posting didn't say.

How to get in at this plant

Five moves over a week or two. The first one takes ten minutes.

1
Pick 2–3 people on the Process team at Seurat Technologies
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2
Send a short, curious note
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3
Turn a reply into a short call
Questions worth asking about this team:
- What does a normal week look like on your team?
- Is the work mostly new product launches or sustaining existing lines?
- How much time do you spend on the floor versus at a desk?
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4
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If the call went well, ask whether they’d pass your résumé to the hiring manager. Send your résumé link, apply that day, and let them know.
5
Bring proof to the interview
One page of before-and-after numbers from projects you led: scrap, OEE, cycle time, cost. Plant managers hire on results.

This plant: Seurat Technologies in Wilmington

1 other open role at this site.

Process Engineer - Printing · Process

Full description from Seurat TechnologiesAs posted on their careers site.Show

Responsibilities

◆Develop & Optimize Workflows: Establish high-throughput post-processing and plate management workflows that eliminate production bottlenecks and accelerate turnaround times.
◆Layout Strategy & Part Removal: Collaborate on build layout and part placement strategies to streamline downstream part removal, support structure removal, and surface finishing.
◆Thermal Processing: Operate thermal processing equipment, including furnaces for stress relief and heat treating of additively manufactured components.
◆Equipment Operation: Operate traditional shop machinery, including CNC tools, wire EDMs, and band saws, to execute precise support removal and part separation.
◆Metrology & Testing: Utilize precision measurement systems—such as Keyence desktop CMMs, Keyence optical imaging, standalone CMMs, tensile testing rigs, and Archimedes density systems—to inspect and validate finished parts.
◆Maintenance & Troubleshooting: Conduct routine maintenance and basic troubleshooting tasks on thermal, post-processing, and ancillary shop equipment.
◆Team Guidance: Guide technicians on standard post-processing procedures, safety protocols, and quality control checks for LPBF/Area Printing components.

Requirements

✓B.S. or above in engineering disciplines.
✓3+ years of experience in manufacturing, engineering, or R&D in related fields.
✓Strong verbal and written communication skills.
✓Work effectively with a cross functional and multidisciplinary team environment.
✓Travel up to 10%.

Preferred Qualifications

✓Experience of working in commercial metal AM manufacturing facilities (service bureaus, manufacturing divisions, laboratories, etc.) is highly preferred.
✓Experience in Laser Powder Bed Fusion (LPBF) based metal printing is strongly preferred.
✓Experience in laser welding of commonly used metal (ferrous and nonferrous) materials.
✓Experience in designing and operating sophisticated industrial equipment.

$95,000 — $110,000 USD

Show full description ↓

About Seurat

Seurat Technologies is transforming metal manufacturing through Area Printing®, a proprietary additive manufacturing process pioneered at Lawrence Livermore National Laboratory. By printing an entire area at once rather than tracing each point with a single laser, Area Printing is designed to deliver the quality, throughput, and economics required for serial production . Seurat is producing and shipping metal components today while scaling its technology and factory capacity to compete with conventional manufacturing, reshore critical supply chains, and reduce the environmental impact of industrial production.

Seurat has raised over $ 230 million and is backed by leading financial and strategic investors, including NVentures , NVIDIA's venture capital arm; Capricorn's Technology Impact Fund; Honda; Porsche Automobil Holding SE; DENSO; GM Ventures ; Siemens Energy Ventures; True Ventures; SIP Global Partners; Cubit Capital; Maniv Mobility; and Xerox Ventures .

General Description

Seurat Technologies is seeking a hands-on Additive Manufacturing Specialist – Post-Processing to oversee revolutionary, proprietary Area Printing (LPBF) workflows, part post-processing, and quality control. The ideal candidate demonstrates comprehensive capabilities across the full lifecycle of printed metal components, including:

•Collaborating on part placement strategies and print layout designs that streamline downstream removal and post-processing,
•Developing standardized, high-throughput post-processing workflows that prevent plate backlogs and accelerate turnaround times,
•Operating thermal processing equipment, including furnaces for stress relief and heat treating,
•Utilizing precision measurement tools—such as desktop Keyence CMMs, Keyence imaging systems, standalone CMMs, tensile testing rigs, and Archimedes density measurement,
•Running shop equipment (CNC machines, wire EDMs, and band saws) to separate parts from build plates, perform support structure removal and part finishing, and
•Executing routine maintenance and basic troubleshooting for post-processing and shop equipment.